In the context of physics, the choice of units depends on the specific problem or situation you are dealing with. While the SI (International System of Units) standardizes the use of seconds as the base unit for time, it is possible to use other units such as minutes, hours, or even days in certain cases.
When working with motion in two dimensions, the choice of time units will not fundamentally affect the underlying principles or equations. However, it's crucial to ensure consistency in units throughout your calculations to maintain accuracy and meaningful results. If you choose to work with minutes for time, you would need to make corresponding adjustments to other quantities to maintain consistency. For example, velocities would need to be expressed in units of distance per minute, and accelerations would be in units of velocity change per minute.
That said, it's worth noting that using smaller units such as seconds is often more convenient in physics calculations. The use of smaller units can simplify equations and prevent the need for frequent conversions.
Ultimately, the choice of time units depends on the specific problem at hand and the conventions followed in your academic or professional setting. However, it's essential to ensure coherence and consistency in units throughout your calculations to obtain accurate and meaningful results.